Architectural Proposal for Hydrogen Generator to Minimise Ecological Impact

The research aims to revolutionize the energy landscape by improving the efficiency and environmental sustainability of diesel generators. In a world characterized by a growing concern for ecological protection and a great need for energy efficiency, this research offers an innovative solution to combine hydrogen as an additional fuel source produced by an ecological electrolysis process. Diesel generators have long been a reliable energy source in various applications, but their widespread use leads to significant environmental problems such as greenhouse gases and air pollution. The main goal of this project is to investigate the usability and efficiency of hydrogen as an additional fuel for diesel generators, which can be used to reduce emissions and increase overall energy efficiency. Developing an efficient and sustainable method to produce hydrogen through electrolysis. This approach ensures that the hydrogen produced is both environmentally friendly and economically viable. Optimizing the combustion process of diesel generators to accommodate hydrogen fuel, increasing overall efficiency and power. Quantifying the environmental benefits of hydrogen integration, including reduction of carbon dioxide emissions and improvement of air quality, contributing to a more sustainable and environmentally friendly energy solution. This multidisciplinary project involves several science and engineering disciplines, including chemistry, mechanical engineering, and environmental science, to address the urgent need for cleaner and more efficient power generation. By combining the strengths of diesel generators with the environmental benefits of hydrogen as a fuel, this study aims to pave the way for a cleaner and more sustainable energy future.